Project - Automotive Plastic Door Trim Design 1 - Catia/NX

(online / offline)

ISOPARA is the only company that provides Project-based courses and one of them is on Automotive Door Trim Design - Catia V5/ UGNX. It improves your skill in plastic product design and can be used by both experienced and fresher engineers. The industrial level of styling data along with master sections and environment data is provided. A step-by-step method is used to teach that how a door project is completed in the industry. The door assembly consists of all the parts like Carrier, Armrest, Map pocket, Bezel cover etc. and B side features like Dog house in Door Panel, welding boss, locators,snaps, strengthening ribs, Dog house coring etc.

To grow your career in Product design by learning expertise. Handling complex issues easily as you will have strong fundamentals and the right knowledge.  Our course expert team designed the course considering fresher and professional to make them experts.

clock Last updated : October-2022

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Project - Automotive Plastic Door Trim Design 1 - Catia/NX

Project - Automotive Plastic Door Trim Design 1 - Catia/NX

4.8 star yellow star yellow star yellow star yellow star yellow half (137)

₹ 5999 ₹ 12000.00 50% OFF

$ 79 $ 160.00 50% OFF

  • 15 hours on-demand video
  • Downloadable all project data
  • Full project solution
  • Access on mobile and TV
  • Full Live support 
  • Lifetime Access*

What You'll Learn  ( Inshorts )

  • Introduction: Introduction to Door panel | Introduction to different parts like armrest, map pocket, lower/upper substrate, top roll, switch bezel | Environment parts | Input data study | Benchmark data study | customer requirements
  • Surface feasibility and Master section: A surface feasibility check and report creation | Draft analysis | Master section creation 
  • Close volume and B-side features: Class A to Class B  surface creation | Flange creation | B-side features mounting
  • Tooling: Draft analysis | Tooling feasibility checking and report generation | part modification as per tooling
  • Clash analysis: Gap, clash, clearance  analysis | part modification
  • Technical: Ergonomics study | DFA | DFM | DFMEA | DFS | Automotive safety standards | OEM regulations with standard


Course Module List

documentDoor Trim Introduction and work-flow

playcircleIntroduction to Door trim

playcircleWork Flow

playcircleWhy CAD

documentBench-marking and Input data study

playcircleBench-marking of Door trim

playcircleInput data study

documentA surface Feasibility checking

playcircleMap-pocket feasibility check

playcircleTop-roll feasibility check

playcircleArm-rest feasibility check

playcircleSubstrate feasibility check

playcircleswitch-bezel feasibility check

playcircleIntroduction to A surface

documentPackaging study

playcirclePackaging Study

documentMaster section creation

playcircleMap pocket sections

playcircleTop roll sections

playcircleSubstrate sections

playcircleSwitch bezel sections

playcircleArm rest sections

playcirclevehicle coordiante system

documentClose volume all parts

playcircleMap pocket - Close volume

playcircleTop Roll - Close volume

playcircleSwitch Bezel - Close Volume

playcircleArm rest - Close volume

playcircleSubstrate - Close volume

playcircleAutomotive safety standards

documentB side feature power-copy

playcirclePower copy - Dog house flange

playcirclePower copy - Dog house Push pin

playcirclePower copy - Screw boss

playcirclePower copy - Welding boss

playcircleIntroduction to B side feature

documentB side feature mounting - 1

playcircleCAD work 1

playcircleCAD work 2

playcircleCAD work 3

playcircleCAD work 4

playcircleCAD work 5

playcircleCAD work 6

playcircleCAD work 7

playcircleCAD work 8

documentB side feature mounting - 2

playcircleCAD work 1

playcircleCAD work 2

playcircleCAD work 3

playcircleCAD work 4

playcircleCAD work 5

playcircleCAD work6

playcircleCAD Work 7

playcircleCAD work 8

playcircleCAD work 9

documentTooling feasibility

playcircleMap pocket tooling feasibility

playcircleTop roll tooling feasibility

playcircleArm rest tooling feasibility

playcircleSwitch bezel tooling feasibility

playcircleSubstrate tooling feasibility

documentDMU study

playcircleDMU 1

playcircleDMU 2

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Pre - Requirements

Must have Good knowledge of plastic domain like manufacturing process, tooling feasibility checking, power copy, section creation, dump to para, design guidelines, and more

Course Video - Preview

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